In the equations v = \(\sqrt2\)V sin wt and i = \(\sqrt2\)I sin(wt – θ); the unit of w is _______

In the equations v = \(\sqrt2\)V sin wt and i = \(\sqrt2\)I sin(wt – θ); the unit of w is _______ Correct Answer radian per second

The equations of voltage sine wave and current sine wave are given by v = Vmsin wt and i = Im sin(wt – θ) respectively. Also we can write these equations as v = \(\sqrt2\)VRMS sin wt and i = \(\sqrt2\)IRMS sin(wt – θ) respectively. All these equations represent sine (or cosine) waves where we consider the angular quantities like angular velocity. The instantaneous velocity is given by w which is measured in radian per second.